Computational Sustainable Design
We leverage cutting-edge computational tools to optimize every aspect of building performance, creating architecture that's both beautiful and responsible.
We use Rhino and Grasshopper to create complex, optimized building forms that respond to site conditions, program requirements, and environmental factors.
Our Ladybug-powered simulations ensure every design decision is backed by data, from solar exposure to wind patterns.
We simulate building energy performance from concept through construction, targeting net-zero and beyond.
Integrated approach to building systems that minimize environmental impact while maximizing occupant comfort.
Seamless workflow from parametric design to construction documentation with full BIM coordination.
Creating connections between occupants and nature through evidence-based design strategies.
From vision to reality
Our computational design process ensures every project benefits from data-driven decision making while maintaining creative vision.
We start by understanding your vision, site constraints, and sustainability goals through collaborative workshops.
Deep dive into site conditions, climate data, and performance requirements using our computational tools.
Iterative design exploration, testing thousands of variations to find the optimal solution.
Seamless transition from parametric design to construction documentation with full BIM integration.
Let's discuss how our computational approach can bring your vision to life while exceeding sustainability targets.
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